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Gommatasar Karmakanda - 131
In the second गुणहानि, the amount of चय is half of the amount of चय in the first गुणहानि. Similarly, in each गुणहानि, the amount of चय decreases by half. || 162 ||
Meaning - In the second निषेक of the second गुणहानि, the amount of चय is half of the amount of चय in the first गुणहानि. Similarly, in each गुणहानि, the amount of चय decreases by half. This is how the amount of द्रव्य decreases in each गुणहानि.
Special Meaning - The verse explains the concept of गुणहानि using numerical examples. The number of परमाणु in the desired कर्म is 6300, the amount of स्थिति (excluding आबाधा) is 48 समय, the amount of one गुणहानिआयाम is 8 समय, the total number of गुणानि is 6, the number of दोगुणहानि is 16, and the अन्योन्याभ्यस्त राशि is 64. Of these, the first गुणहानि has 3200 परमाणु, and the subsequent गुणहानि have half the number of परमाणु. For example, 3200, 1600, 800, 400, 200, and 100. Dividing the total द्रव्य (6300) by the अन्योन्याभ्यस्त राशि (64-1 = 63) gives the number of परमाणु in the last गुणहानि (6300 : 63 = 100). From this, we can calculate the number of परमाणु (द्रव्य) in each गुणहानि by doubling the previous number. For example, the first गुणहानि has 3200 परमाणु, the second गुणहानि has 1600 परमाणु, and so on. Dividing the total द्रव्य (3200) in the first गुणहानि by the गच्छ (8) of the first गुणहानि gives 3200÷8 = 400. This is the middle value. Subtracting half the amount of गच्छ (33) from the निषेकभागहार (16) gives (16-33) 12. Dividing the middle value by this number (400: 12) gives 32. This is the amount of चय. Multiplying this by the number of दोगुणहानि (16) gives 32×16 = 512. This is the amount of द्रव्य in the first निषेक. Subtracting one चय from this value gives the amount of द्रव्य in the subsequent निषेक. 512-480-448-416-384-352-320-288. Subtracting one चय (32) from 288 gives (288-32) 256. This is half the amount of द्रव्य in the first निषेक of the first गुणहानि. This is the amount of द्रव्य in the first निषेक of the second गुणहानि. Here, the amount of चय is half the previous amount (16). This continues until the first निषेक of the third गुणहानि. 256-240-224-208-192-176-160 and 144. Subtracting one चय (16) from 144 gives 128. This is half the amount of द्रव्य in the first निषेक of the second गुणहानि. This is the amount of द्रव्य in the first निषेक of the third गुणहानि. Here, the amount of चय is half the previous amount (8). In this way, we can calculate the amount of द्रव्य in each निषेक for each गुणहानि, as well as the amount of चय. This sequence results in the formation of 6300 परमाणु in the निषेक. This example can be applied to all कर्मनिषेक.
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This is an example of the formation of निषेक at the time of बन्ध. Later, due to उत्कर्षण, अपकर्षण, and संक्रमण, the number of परमाणु in the निषेक may increase or decrease. There is no rule that the number of परमाणु in a निषेक at the time of बन्ध is equal to the number of परमगुण.